The diagram below, fig 1, shows the results of a viscosity v’s temperature for a yellow ink. The company datasheet extract, fig 2, shows the manufacturers specification. With your knowledge of viscosity v’s temperature and the information in the data sheet explain some reasons for the discrepancies
The diagram below, fig 1, shows the results of a viscosity v’s temperature for a yellow ink. The company datasheet extract, fig 2, shows the manufacturers specification. With your knowledge of viscosity v’s temperature and the information in the data sheet explain some reasons for the discrepancies
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
The diagram below, fig 1, shows the results of a viscosity v’s temperature for a
yellow ink.
The company datasheet extract, fig 2, shows the manufacturers specification.
With your knowledge of viscosity v’s temperature and the information in the data
sheet explain some reasons for the discrepancies
![Fig 1
Show 100
Temp. [C]
20
S&88888
25
30
35
3.615
3.156
2.776
2.460
Showing 1 to 7 of 7 entries
40
45
50
entries
Fig 2
Dyn. Viscosity [mPa.s]
5.751
4.875
4.177
Technical specifications
SPECIFICATION
Static surface tension (25°C)
Viscosity (at 45°C and 1000 s-1)
Pigment particle size (average)
Shelf life (from production date
4
Kin. Viscosity [mm]
5.35
3.91
3.39
2.97
2.62
2.324
Search:
CYAN
20.5-23.5 m/m
80-10.5 mPa.s
<140 nm
12 months
MAGENTA
20.5-23.5 ml/m
7.5-9.5 mPas
<150 nm
12 months
Density [gi]
1.0743
1.0719
1.0095
1.0009
1.0642
10565
YELLOW
20.5-23.5 m/m
8.5-10.5 mPas
<160 nm
12 months
Inkblack-dynamic viscosity and density over temperature
BLACK
20.5-23.5 m/m
7.5-9.5 mPa.s
<140 nm
12 months
WOOD YELLOW
20.5-23.5m/m
7.5-9.5 mPas
12 months
WOOD-RED
20.5-23.5m/m
75-9.5
<160 m
12 months
when stored under recommended conditions (4-23°C in closed
order to extend the shelf life.
Note: preliminary data from pilot production batches. These data will be adjusted on the basis of statistical data as soon as multiple production batches become available.
bottles, not in direct sunlight and away from heat and UV-radiation sources Studies are ongoing in](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fda4a2009-12be-4414-b211-24dcedee9b43%2F10c3249b-f7c0-46ba-ae81-41887ef5da4d%2Fzx6vwq_processed.png&w=3840&q=75)
Transcribed Image Text:Fig 1
Show 100
Temp. [C]
20
S&88888
25
30
35
3.615
3.156
2.776
2.460
Showing 1 to 7 of 7 entries
40
45
50
entries
Fig 2
Dyn. Viscosity [mPa.s]
5.751
4.875
4.177
Technical specifications
SPECIFICATION
Static surface tension (25°C)
Viscosity (at 45°C and 1000 s-1)
Pigment particle size (average)
Shelf life (from production date
4
Kin. Viscosity [mm]
5.35
3.91
3.39
2.97
2.62
2.324
Search:
CYAN
20.5-23.5 m/m
80-10.5 mPa.s
<140 nm
12 months
MAGENTA
20.5-23.5 ml/m
7.5-9.5 mPas
<150 nm
12 months
Density [gi]
1.0743
1.0719
1.0095
1.0009
1.0642
10565
YELLOW
20.5-23.5 m/m
8.5-10.5 mPas
<160 nm
12 months
Inkblack-dynamic viscosity and density over temperature
BLACK
20.5-23.5 m/m
7.5-9.5 mPa.s
<140 nm
12 months
WOOD YELLOW
20.5-23.5m/m
7.5-9.5 mPas
12 months
WOOD-RED
20.5-23.5m/m
75-9.5
<160 m
12 months
when stored under recommended conditions (4-23°C in closed
order to extend the shelf life.
Note: preliminary data from pilot production batches. These data will be adjusted on the basis of statistical data as soon as multiple production batches become available.
bottles, not in direct sunlight and away from heat and UV-radiation sources Studies are ongoing in
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